Sentence examples for discharging fluid from inspiring English sources

These materials are forming the potential sites of debris flow at the availability of discharging fluid, at the places where slope is rather steeper.

The chemistry of discharging fluid was almost identical for most of the chemical concentrations except Ca, which slightly varies from well NWS-4 (25 30 ppm) to well NWS-1 (15 30 ppm).

Although the temperature of ambient seawater and of discharging fluid directly influences the total hydrothermal fluid mass flux (equation 19), their variations (± 20°C) only produced small changes in the final NH4+ fluxes (usually within the same order of magnitude; data not shown).

The temperature of the discharging fluid is thus assumed to be 200°C for the purpose of this calculation.

Based on SKM reports on production wells NWS-1 (SKM 2005a) and NWS-4 (SKM 2005b) and further interpretation by Rahmani (2007), the discharging fluid chemistry of wells NWS-1 and NWS-4 was classified as an alkaline-Ph, medium salinity and sodium chloride water.

Furthermore, the discharging fluids in shallow-sea systems need not originate from seawater, but in many cases can be derived from meteoric fluids [39],[39],[39].

They propose a main fluid flow direction from the west to the east inside the Malm aquifer with a significant flattening of the hydraulic potential in the central basin area as well as discharging fluids into parts of the Danube River and in the east of the uplifted crust of the Landshut Neuöttinger High (LNH).

A gear pump can discharge fluid in either direction, depending on the direction of the gear rotation.

According to Marteinsson et al. (2001), the chemical composition of the discharging fluids is identical with that of geothermal waters in springs and wells onshore.

Sinter textural mapping combined with AMS 14C dating provides a spatial and temporal context of discharging reservoir fluid, enables the tracking of alkali chloride fluid flow to the surface, establishes hot spring migration pathways, and contributes to the development of a geothermal hydrologic model.

It is found that some operating conditions, such as a high pressure of the secondary and discharge fluid, lead to higher energy losses inside the ejector and limit the performance of the entire system.